The Neural and Molecular Bases of Learning (Life Sciences Research Reports)

Activity-dependent Regulation of Synaptic Transmission and Its Relationship to Learning (M. Baudry et al.).Cellular and Molecular Advances in the Study of Learning in Aplysia (T. Carew).Conditioning-specific Modification of Postsynaptic Membrane Currents in Mollusc and Mammal (D. Alkon et al.).Long-term Potentiation--Outstanding Problems (P. Anderson).Characterization of Synaptic Plasticity in the Cerebellar and Cerebral Neocortex (M. Ito).Activity-dependent Modification of Functional Circuitry as a Possible Basis for Learning (M. Bear et al.).Activity-dependent Self-organization of Synaptic Connections as a Substrate of Learning (W. Singer).Dynamic Neocortical Processes and the Origins of Higher Brain Functions (M. Merzenich).Formation of Ectopic Neuromuscular Junctions: Role of Activity and Other Factors (T. Lomo).Synapse Turnover in the Central Nervous System (C. Cotman et al.).On Neuronal Assemblies and Memories (Y. Dundai et al.).Synaptic Plasticity as Basis of Brain Organization (C. von der Malsburg).Plasticity in Neuronal Circuits and Assemblies of Invertebrates (R. Menzel and G. Bicker).Activity-dependence of Network Properties (R. Thompson).Information Representation, Processing, and Storage in the Brain: Analysis at the Single Neuron Level (E. Rolls).List of Participants with Fields of Research.Subject Index.Author Index.Changeux, Jean-Pierre is the author of 'The Neural and Molecular Bases of Learning (Life Sciences Research Reports)' with ISBN 9780471915690 and ISBN 0471915696.